M322651 本創作之另一目的係提供一種電 # 設置彈片結構，當電子卡插入後Y卡 2妾=其在退卡機構上 接器中。 傻了以有效固疋電子卡於電子卡連 子4=之下，方案實現的:本創作提供一種電 數導電端子，其包括基;及自基延配 片ϊί返樓片體並可相對支撑 ===導槽之滑移：供電子卡一 之固持部，退卡機構：二:、推？ 前技術，本創作之電子卡連接器果. 匕卡裝:固持部上之彈片結構，可以:效固持 电于卞於電子卡連接㈠，第二，該退卡機構結構簡單，利於 【實施方式】 、 請參閱第-圖至第六圖所示，其揭示本創作電子 二收容矩形和L形兩種電子卡，其包括絕緣座體1、收i ::巴緣座體1中的導電端子4、覆蓋於絕緣座體工上之 座體2之退卡機構5及谭接片8，及收容在屏:殼體2 =座體有—基部10、自基部1〇左右兩側分別同向延伸 # 2及自基部10中間延伸並位於所述支臂12之 所述基部1G及舌板11内設有可供導電端子 支V2分別形成有引導矩形以形電子卡插入ii= 日同之引V槽12〇。所述電子卡插入過程中，藉引導槽m引導 使之與舌板11中導電端子4電性連接，且舌板u收容 子卡^接端形成的空腔内。在本實施例中，導電端子4之接 4—0收容於舌板n之穿槽11〇内，並藉固持部4ι與絕緣座體工固 =另^接觸部40大致呈垂直之焊接部42,用以與預設電路板（圖 另，自基部10及一支臂12向内延伸形成截面大致呈L形的支 撐片體13’所述支撐片體13與引導槽12〇鄰近，並設有藉基部1〇、 M322651 支臂12圍繞形成的收容空間130。所述基部l〇向收容空間13〇凸 伸一凸塊131及位於凸塊131内侧並與收容空間130相通之切口 101，所述支臂12内側設有複數嵌合槽122，另於支臂片體13形 成有貫穿其中之滑槽132、與滑槽132 —端間隔之固持孔133、固 持凸台135及與支臂12相對之限位部134。 請參閱第二圖及第三圖所示，屏蔽殼體2為分別具有l形之兩 金屬片體結構，第一殼體20及與之配接之第二殼體21，所述第一 设體20及第一殼體21上下配接以形成收容矩形及l形電子卡之收 谷空間25。當然在另一優選實施例中，無須設置第二殼體，直 接通過第一殼體20形成收容空間25來收容電子卡。M322651 Another purpose of this creation is to provide an electric # setup shrapnel structure, when the electronic card is inserted, Y card 2妾 = it is in the card ejecting mechanism connector. Stupid to effectively fix the electronic card under the electronic card connector 4=, the solution is realized: the creation provides an electrical number conductive terminal, which includes a base; and the base extension piece ϊ 返 return to the floor and can be relatively supported === Sliding of the guide groove: for the holding part of the electronic card, the card withdrawal mechanism: two:, push? The former technology, the electronic card connector of the present invention. 匕 card loading: the shrapnel structure on the holding portion, can be: the effect of holding the electricity on the electronic card connection (1), and second, the card ejecting mechanism has a simple structure, which is advantageous for [implementation mode] 】, please refer to the first to sixth figures, which reveals that the electronic two-receiving rectangular and L-shaped electronic cards of the present invention include an insulating seat body 1, and a conductive terminal in the receiving body: 4. The card-removing mechanism 5 and the tan-joining piece 8 of the seat body 2 covering the insulating seat body are housed in the screen: the casing 2 = the base body has a base portion 10, and the left and right sides of the base portion are respectively oriented The extension # 2 and the middle portion 1G extending from the base portion 10 and located in the base portion 1G of the arm 12 and the tongue plate 11 are provided with a conductive rectangular branch V2 respectively formed with a guiding rectangle to form an electronic card insertion ii= V slot 12〇. During the insertion of the electronic card, it is guided by the guiding slot m to be electrically connected to the conductive terminal 4 of the tongue plate 11, and the tongue plate u is received in the cavity formed by the connecting end of the daughter card. In this embodiment, the connection 4-0 of the conductive terminal 4 is received in the through slot 11 of the tongue plate n, and is substantially perpendicular to the welded portion 42 by the holding portion 4ι and the insulating seat. The support sheet 13 is adjacent to the guide plate 13 ′ and the guide plate 13 ′ extending from the base portion 10 and the one arm 12 to form a substantially L-shaped support piece 13 ′. The receiving portion 130 is formed by the base portion 1 and the M322651 arm 12. The base portion l protrudes from the receiving space 13 into a protruding block 131 and a slit 101 located inside the protruding block 131 and communicating with the receiving space 130. A plurality of fitting grooves 122 are formed on the inner side of the arm 12, and a sliding groove 132 penetrating therethrough, a fixing hole 133 spaced from the end of the sliding groove 132, a holding boss 135 and opposite to the arm 12 are formed on the arm piece 13 The limiting portion 134. Referring to the second and third figures, the shielding shell 2 has two metal sheet structures each having an l shape, and the first housing 20 and the second housing 21 mated thereto The first housing 20 and the first housing 21 are vertically connected to form a receiving space 25 for accommodating rectangular and 1-shaped electronic cards. In a preferred embodiment, without a second housing, the first housing 20 by directly receiving space 25 is formed by accommodating the electronic card.
所述第一殼體20大致呈L形，包括呈L形之基部22及自基部 左右兩側分別向下彎折之翼部23。所述翼部23上形成有複數彼此 間隔之凸片230，所述凸片230形成用以引導電子卡插入之引導 槽。另外，在二翼部23外側則設有可供定位於預設電路板上之定 位部231，在基部22上設有延伸入收容空間25之彈片220，當矩 形電子卡插入時，可防止其左右搖晃。 所述第二殼體21大致呈L形片體結構，在其左右兩側設置有 與第一殼體互相配接的固持片體（未標號）。 再者，叫參閱弟二圖至第六圖所示，該絕緣座體丨之收容空間 130上進一步組設有供矩形及L形電子卡二次按壓呈一循環滑移動 作之退卡機構5。該退卡機構5具有一基座5〇，於基座5()内側形 成一與基座50垂直並可供電子卡推抵之推移部51及與推移部51 平行且間隔之固持部52，於基座50外側形成有滑移部53。所述滑 移部53内形成有供導桿54滑移及定位之循環導槽53〇，及盥滑槽 Π2相對應並可在滑槽中132往復運動之肋片532。在本施例中， 滑移部53與基座5〇形成一階梯面533,推移部5i g直方向較固 =5長運：言之，電子卡在插入中，會推抵推移部51並帶動退 此二與=座體1配接時’基座5〇及滑移部53收容在 ，谷空:3内，其中階梯面533與限位部i34的配合，使退卡機 Ϊ L之:端安部53限制在收容空間130中作循環運動。導 ;在#“53持孔133内，另—端在循環導槽530中滑移並 疋位。在β移邛53 —端及絕緣座體丨之凸塊131之間設有一彈性 M322651 元件56，以提供退卡機構5之回復力。 所述推移部51及固持部52超出限位部134與切口 ιοί前後相 對。當電子卡插入時，其前端推抵推移部51，帶動退卡機構5在 收容空間130内運動’導桿54在循環導槽530中自初始位置滑移 : 並定位，當電子卡插入完全後’導桿54被限定在循環導槽530之 一位置，當需退卡時，再次按壓電子卡，使電子卡推抵推移部51， 導桿54脫離循環導槽530之位置並藉彈性元件56之彈性變形滑移 定位到初始位置，此時退卡機構5亦帶動電子卡自舌板11中脫離。 為避免退卡機構5脫離絕緣座體1及限制導桿54之運動，絕 緣座體1上進一步組設有固持片體6。所述固持片體6結構與支撐 片體13大體相似，包括與收容空間130對應之主體部6〇、設置於 ® 其邊緣並用以與絕緣座體1上之嵌合槽122配合固定之嵌合片61， 及設置在另一邊緣並用以與絕緣座體1上固持凸台135配合之卡扣 孔62。另，在固持片體6之主體部60上設有向其内部延柚夕今屬 彈片63，該金屬彈片63與導桿54鄰近，防止導二 中自固持孔133及循環導槽530中脫落。 為了實現電子卡與電子卡連接器100之穩定固持，在退卡機構 5之固持部52上塑膠一體成型有一大致呈v形結構之塑膠彈片 59,所述塑膠彈片59與推移部51間隔一端距離，當電子卡插>入後， 該v形塑膠彈片抵持電子卡底壁（根據需要，亦可 電子卡頂壁)，可實現電子卡與電子卡連接器綱之固 子卡松脫或搖晃。所述塑膠彈片59可採用組裝方式與固持部52配 合。當然，在另一實施例中，所述塑膠彈片59亦可設置、° 邱 51上且固持部52可無須設置，電子卡插入後，藉推移 了二 塑膠彈片59固持。當然，此時注意的是，該塑膠彈片盥 11間隔一定距離，以便電子卡可抵觸推移部51並帶 去撒' 運動。當然，再另一實施例中，該塑膠彈片59亦可採 ， 一體安裝於固持部52或推移部51中，用以抿接雷；本、萄表成 另外，為了便於更好實現退卡功能，亦 一側設置另一退卡機構9，與退卡機構5協同實現退卡，i二紗 作原理已為業界所悉知，且與本創作之特徵無關，：在此； 綜上所述，本創作確已符合新型專利之要件，麦依法提出申請 9 M322651 專利。惟，以上所述者僅係本創作之較佳實施方式，本創作之範圍 並不以上述實施方式爲限，舉凡熟習本案技藝之人士援依本創作之 精神所作之等效修飾或變化，皆應涵以下申請專利範圍内。 【圖式簡單說明】 第一圖係本創作電子卡連接器與電子卡之立體組合圖。 第二圖係本創作電子卡連接器之立體分解圖。 第三圖係第二圖所示電子卡連接器另一方向之示意圖。 第四圖係本創作電子卡連接器部分元件立體分解圖。 第五圖係第四圖之另一視角示意圖。 第六圖係本創作電子卡連接器部分元件之俯視圖。 【主要元件符號說明】 電子卡連接器 100 絕緣座體 1 基部 10 舌板 11 穿槽 110 支臂 12 導引槽 120 切口 101 支撐片體 13 收容空間 130 凸塊 131 滑槽 132 凸台 135 固持孔 133 限位部 134 收容空間 25 屏蔽殼體 2 第一殼體 20 第二殼體 21 基部 22 翼部 23 凸片 230 定位部 231 彈片 220 導執 8 導電端子 4 接觸部 40 固持部 41 焊接部 42 退卡機構 5 基座 50 推移部 51 導桿 54 固持部 52 滑移部 53 循環導槽 530 肋片 532 階梯面 533 塑膠彈片 59 彈性元件 56 M322651 固持片體 6 主體部 60 嵌合片 61 卡持孔 62 金屬彈片 63 退卡機構 9 焊接片 8 11The first housing 20 is substantially L-shaped and includes an L-shaped base portion 22 and wing portions 23 that are bent downward from the left and right sides of the base portion, respectively. The wing portion 23 is formed with a plurality of tabs 230 spaced apart from each other, and the tabs 230 form guide grooves for guiding the insertion of the electronic card. In addition, a positioning portion 231 for positioning on a predetermined circuit board is disposed outside the two wing portions 23, and a spring piece 220 extending into the receiving space 25 is disposed on the base portion 22. When the rectangular electronic card is inserted, it can be prevented. Shake left and right. The second housing 21 has a substantially L-shaped sheet structure, and is provided on its left and right sides with a holding piece (not labeled) that is mated with the first housing. Furthermore, as shown in the second to sixth figures, the accommodating space 130 of the insulating base 进一步 further includes a card ejecting mechanism 5 for cyclically sliding the rectangular and L-shaped electronic cards. . The card ejecting mechanism 5 has a base 5〇, and a pushing portion 51 perpendicular to the base 50 and capable of being pushed by the electronic card and a holding portion 52 parallel to and spaced apart from the pushing portion 51 are formed on the inner side of the base 5 (). A slip portion 53 is formed on the outer side of the base 50. The sliding portion 53 is formed with a circulation guide groove 53a for sliding and positioning the guide rod 54, and a rib 532 corresponding to the chute groove 2 and reciprocating in the chute 132. In this embodiment, the sliding portion 53 forms a stepped surface 533 with the base 5〇, and the pushing portion 5i g is relatively solid in the direction of 5: in short, the electronic card is pushed into the pushing portion 51 during insertion. When the second and the seat body 1 are coupled, the base 5 and the sliding portion 53 are accommodated in the valley: 3, wherein the step surface 533 and the limiting portion i34 cooperate to make the card retracting machine L The end portion 53 restricts the circulation movement in the accommodating space 130. In the #"53 holding hole 133, the other end is slid and clamped in the circulating guide groove 530. An elastic M322651 element 56 is provided between the β-moving end 53 and the bump 131 of the insulating seat 丨. In order to provide the restoring force of the card ejecting mechanism 5. The pushing portion 51 and the holding portion 52 are opposite to the notch 134 before and after the limiting portion 134. When the electronic card is inserted, the front end thereof is pushed against the pushing portion 51 to drive the card ejecting mechanism 5 Moving in the accommodating space 130, the guide rod 54 slides from the initial position in the circulation guide groove 530: and is positioned, and when the electronic card is inserted completely, the guide rod 54 is defined at one position of the circulation guide groove 530, when the card needs to be returned When the electronic card is pressed again, the electronic card is pushed against the pushing portion 51, the guiding rod 54 is disengaged from the position of the circulating guide groove 530, and is elastically deformed by the elastic member 56 to be positioned to the initial position. At this time, the card ejecting mechanism 5 also drives the electronic device. The card is detached from the tongue plate 11. In order to prevent the card ejecting mechanism 5 from being detached from the insulating base body 1 and restricting the movement of the guide rod 54, the insulating body 1 is further provided with a holding piece body 6. The structure and support of the holding piece body 6 The sheet body 13 is substantially similar, and includes a main body portion 6 corresponding to the accommodating space 130. a fitting piece 61 disposed at an edge thereof and for fixing with the fitting groove 122 of the insulating base 1, and a snap hole provided at the other edge for engaging with the boss 135 of the insulating base 1 62. Further, the main body portion 60 of the holding sheet body 6 is provided with an elastic piece 63 extending toward the inside of the grapefruit sac. The metal elastic piece 63 is adjacent to the guiding rod 54 to prevent the self-holding hole 133 and the circulating guide groove 530 in the guiding body. In order to realize the stable holding of the electronic card and the electronic card connector 100, a plastic dome 59 having a substantially v-shaped structure is integrally formed on the holding portion 52 of the card ejecting mechanism 5, and the plastic elastic piece 59 and the pushing portion 51 are integrally formed. One end of the distance, when the electronic card is inserted, the v-shaped plastic elastic piece resists the bottom wall of the electronic card (or the top wall of the electronic card as needed), and the solid card of the electronic card and the electronic card connector can be realized. The plastic elastic piece 59 can be assembled with the holding portion 52. Of course, in another embodiment, the plastic elastic piece 59 can also be disposed, and the holding portion 52 can be disposed without being disposed. After the electronic card was inserted, the second plastic bomb was borrowed. In this case, it is noted that the plastic domes 11 are spaced apart so that the electronic card can interfere with the pushing portion 51 and carry out the movement. Of course, in another embodiment, the plastic elastic piece 59 can also be used. The utility model is integrally installed in the holding portion 52 or the urging portion 51 for splicing the lightning; the present invention and the meter are separately formed. In order to facilitate the better implementation of the card ejector function, another card ejector mechanism 9 is provided on one side, and the card is returned. The organization 5 cooperates to realize the withdrawal of the card. The principle of i-yarn is known to the industry and has nothing to do with the characteristics of this creation. Here: In summary, the creation has indeed met the requirements of the new patent, and the application of the law in accordance with the law 9 M322651 patent. However, the above description is only a preferred embodiment of the present invention, and the scope of the present invention is not limited to the above-described embodiments, and those who are familiar with the skill of the present invention are equivalent to the equivalent modifications or changes made by the spirit of the present creation. It should be within the scope of the following patent application. [Simple description of the diagram] The first picture is a three-dimensional combination of the electronic card connector and the electronic card. The second figure is an exploded view of the electronic card connector of the present invention. The third figure is a schematic view of the other direction of the electronic card connector shown in the second figure. The fourth figure is an exploded view of some components of the electronic card connector of the present invention. The fifth figure is another perspective view of the fourth figure. The sixth figure is a top view of some of the components of the electronic card connector of the present invention. [Main component symbol description] Electronic card connector 100 Insulation base 1 Base 10 tongue plate 11 through slot 110 arm 12 guide groove 120 slit 101 support piece 13 accommodating space 130 bump 131 chute 132 boss 135 holding hole 133 Limiting portion 134 accommodating space 25 Shielding housing 2 First housing 20 Second housing 21 Base portion 22 Wing 23 Tab 230 Positioning portion 231 Spring 220 Guide 8 Conductive terminal 4 Contact portion 40 Hold portion 41 Weld portion 42 Ejecting mechanism 5 Base 50 Pushing part 51 Guide rod 54 Holding part 52 Sliding part 53 Cycling guide groove 530 Rib 532 Step surface 533 Plastic elastic piece 59 Elastic element 56 M322651 Holding piece body 6 Main body part 60 Fitting piece 61 Holding Hole 62 metal shrapnel 63 card retracting mechanism 9 welding piece 8 11